Real-timeliness is the key aspect for the growing perspective of Internet of Things (IoT). IoT
being a heterogenous and highly distributed framework requires instantaneous adoption of …

In the last decade, thanks to its modular hardware and straightforward programming model,
the Arduino ecosystem became a reference for learning the development of embedded …

Automation engineering is the task of integrating, via software, various sensors, actuators,
and controls to automate a real-world process. Today, automation engineering is supported …

Bei mobilen Robotern gibt es zahlreiche Ansätze für Systemarchitekturen, sowohl als
monolithisches, als auch als verteiltes System innerhalb eines Roboters. Ziel der …

Small embedded microcontrollers typically operate for years without further programmer
intervention, so that shipping software free of errors becomes paramount. The Ada …

Single Board Computers (SBCs) are now emerging with multiple cores, ADCs, GPIOs, PWM
channels, integrated graphics, and several serial bus interfaces. The low power …

Nowadays, touch-based user interfaces are widely used in consumer electronics. Recent
trends confirm the high potential of touchless interface technologies to manage also Human …

Nowadays, there is an ongoing renaissance in the development of parallel architectures.
Modern multi-core CPUs, grid and cluster systems, and GPU architectures offer high …

A real-time sensor device gets data from a sensor and transfers it to a host instantly.
However, delay occurs at a microprocessor working on a single process when the transfer …

In the 21st century, as technology advanced and individuals sought to maximize their use of
time, there was an increase in the usage of automated systems, which led to the prominence …